FactSage FSstel Steel Database

List of systems and phases

 

The following tables summarise the contents of the FactSage FSstel Steel Database in terms of the systems and phases it includes. The listings assist in phase selection for particular calculations by providing

 

-          A LIST OF all the unary, binary, ternary and quaternary SYSTEMS WHICH HAVE BEEN ASSESSED

 

-          A LIST OF ALL ASSESSED phases IN EACH OF THE SYSTEMS

 

-          ASSiSTANCE WITH PHASE SELECTION

 

Phase diagrams have been calculated for all the binary systems using the assessed parameters contained in the database. The diagram for a particular binary system can be viewed by clicking on the system as listed in Table 2 below. The diagrams contain the names of the stable phases in each system and thus provide guidance in phase selection for calculations in higher-order systems.

 

The phases listed for the binary and higher order systems may be solution phases or stoichiometric intermetallic compound phases (ST). 

 

Use of the FactSage module VIEW DATA with FSstel compound and solution databases allows inspection of a phase listing for a defined combination of elements.

 

When searching for a particular system in the present four lists, use alphabetical order of the elements.

 

References to individual system assessments are provided after the tables.

 

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Table 1:  List of phases for UNARY systems

 

The metastable phases are marked by *.

 

Al

LIQUID                  FCC_A1

ALNI*

 

B

LIQUID                  BETA_RHOMBO_B

 

Bi

LIQUID                  RHOMBOHEDRAL_A7

 

C

LIQUID                  GRAPHITE

 

Ca

LIQUID                  BCC_A2                FCC_A1

 

Ce

LIQUID                  BCC_A2                FCC_A1

 

Co

LIQUID                  FCC_A1                HCP_A3

 

Cr

LIQUID                  BCC_A2

 

Cu

LIQUID                  FCC_A1

Fe

LIQUID                  BCC_A2                FCC_A1

HCP_ZN*

 

Mg

LIQUID                  HCP_A3

 

Mn

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1

 

Mo

LIQUID                  BCC_A2

CBCC_A12*           CUB_A13*

 

N

LIQUID

 

Nb

LIQUID                  BCC_A2

 

Ni

LIQUID                  FCC_A1

ALNI*                    TINI*

 

P

LIQUID                  RED_P

WHITE_P*

 

Pb

LIQUID                  FCC_A1

 

S

LIQUID                  FC_ORTHORHOMBIC

 

Sb

LIQUID                  RHOMBOHEDRAL_A7

 

Si

LIQUID                  DIAMOND_A4

L12_FCC*

 

Sn

LIQUID                  BCT_A5

 

Ti

LIQUID                  BCC_A2                HCP_A3

 

V

LIQUID                  BCC_A2

 

W

LIQUID                  BCC_A2

FCC_A1*

 

Zn

LIQUID                  HCP_ZN

FCC_A1*               BCC_A2*               BCC_B2*

 

Zr

LIQUID                  BCC_A2                HCP_A3

 

==================================================================================

 

Table 2:  List of phases for BINARY systems

 

Complete assessments are available for the systems listed below.

Click on the system name to view the stable phase diagram calculated with the stored parameters.

 

Phases accompanied by ST in parenthesis indicate a stoichiometric phase. These phases must be selected from the FSstel compound base.

 

(I-option) – the phase displays a miscibility gap or is an ordered phase; selection with the I-option required.

(J-option) the phase displays 2 miscibility gaps or special ordering effects and must be selected with the J-option.

 

Al-C

LIQUID                  FCC_A1                C(S)                      AL4C3(ST)

 

Al-Ca

LIQUID                  FCC_A1                BCC_A2                AL2CA(ST)            AL4CA(ST)

 

Al-Cr

LIQUID                  FCC_A1                BCC_A2                AL13CR2(ST)         AL11CR2(ST)

AL4CR(ST)            AL9CR4(ST)           AL8CR5(ST)          ALCR2(ST)

 

Al-Cu

LIQUID                  FCC_A1                BCC_A2                ALCU_THETA        ALCU_EPSILON

ALCU_ETA            BCC_B2                GAMMA_D83        GAMMA_H            AL9CU11(ST)

AL2CU3(ST)

 

Al-Fe

LIQUID                  AL13FE4               AL2FE(ST)            AL5FE2(ST)           AL5FE4

BCC_B2(I-option)  FCC_A1                BCC_A2

 

Al-Mn

LIQUID                  FCC_A1                BCC_A2                CUB_A13              CBCC_A12

HCP_A3                AL8MN5                AL12MN(ST)          AL6MN(ST)            AL4MN(ST)

AL11MN4(ST)

 

Al-Mo

LIQUID                  FCC_A1                BCC_A2                ALMO(I-option)     AL12MO(ST)

AL5MO(ST)           AL4MO(ST)            AL8MO3(ST)          ALMO3(ST)            AL63MO37(ST)

 

Al-N

LIQUID                  FCC_A1                ALN(ST)

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Al-Ni

LIQUID                  FCC_A1                L12_FCC(I-option) AL3NI2                 

ALNI(I-option)       AL3NI5(ST)            AL3NI(ST)

 

Al-Si

LIQUID                  FCC_A1                Si(S)                    

 

Al-Sn

LIQUID                  FCC_A1                BCT_A5

 

Al-Ti

LIQUID                  BCC_A2                FCC_A1                HCP_A3                AL3M_DO22

ALTI(I-option)        ALM_D019(I-option)                           Al17TI8(ST)            AL2TI(ST)

 

Al-V

LIQUID                  FCC_A1                BCC_A2                AL3M_D022           AL10V(ST)             AL7V(ST)

AL23V4(ST)           AL8V5(ST)

 

Al-W

LIQUID                  FCC_A1                BCC_A2                AL12W(ST)            AL5W(ST)

AL4W(ST)             AL77W23(ST)        AL7W3(ST)            AL2W(ST)

 

Al-Zn

LIQUID                  FCC_A1(I-option)  HCP_ZN

 

B-Fe

LIQUID                  BCC_A2                FCC_A1                B(S)                      BFE(ST)                FE2B(ST)

 

Bi-Fe

LIQUID(I-option)    Bi(S)                     BCC_A2                FCC_A1

 

Bi-Zn

LIQUID(I-option)    Bi(S)                     Zn(S)

 

C-Co

LIQUID                  Co(S)                    FCC_A1                C(S)

 

C-Cr

LIQUID                  BCC_A2                C(S)                      C2CR3(ST)            C3CR7(ST)

C6CR23(ST)

 

C-Fe

LIQUID                  BCC_A2                FCC_A1                C(S)

(For metastable Fe3C-Fe diagram, choose Fe3C(ST) instead of C(S) )

 

C-Hf

LIQUID                  BCC_A2                FCC_A1(I-option)  HCP_A3                C(S)

 

C-Mn

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                HCP_A3

C(S)                      MN7C3(ST)            MN5C2(ST)            MN3C(ST)              MN20MN3C6(ST)

 

C-Mo

LIQUID                  C(S)                      BCC_A2                HCP_A3                FCC_A1                MC_ETA

MOC(ST)

 

C-Nb

LIQUID                  BCC_A2                FCC_A1(NBC)       HCP_A3(NB2C)      C(S)

 

C-Ni

LIQUID                  FCC_A1                C(S)

 

C-Si

LIQUID                  Si(S)                     C(S)                      CSI(ST)

 

C-Ti

LIQUID                  BCC_A2                FCC_A1(I-option)  HCP_A3                C(S)

 

C-V

LIQUID                  BCC_A2                C(S)                      FCC_A1                HCP_A3                V3C2(ST)

 

C-W

LIQUID                  C(S)                      BCC_A2                FCC_A1                HCP_A3                WC(ST)

 

C-Zr

LIQUID                  BCC_A2                FCC_A1(I-option)  HCP_A3                C(S)

 

 

Ca-Fe

LIQUID(I-option)    BCC_A2                FCC_A1

 

Ca-Si

LIQUID                  BCC_A2                FCC_A1                Si(S)                     CASI(ST)               CASI2(ST)

CA2SI(ST)

 

Ca-Zn

LIQUID                  Ca(S)                    Ca(S2)                  Zn(S)                     CA3ZN(ST)

CA5ZN3(ST)          CAZN(ST)              CAZN2(ST)            CAZN3(ST)            CAZN5(ST)

CAZN11(ST)          CAZN13(ST)

 

Ce-Fe

LIQUID                  BCC_A2                FCC_A1                CE2FE17(ST)         CEFE2(ST)

 

Co-Cr

LIQUID                  BCC_A2                FCC_A1(I-option)  HCP_A3                SIGMA

 

Co-Cu

LIQUID                  BCC_A2                FCC_A1(I-option)

 

Co-Fe

LIQUID                  BCC_A2                FCC_A1                HCP_A3

 

Co-Mn

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1(J-option) HCP_A3

 

Co-Mo

LIQUID                  BCC_A2                FCC_A1                HCP_A3(I-option)  SIGMA

MUHK_PHASE      CO3MO(ST)

 

Co-N

LIQUID                  FCC_A1                HCP_A3                CO4N(ST)

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Co-Nb

LIQUID                  FCC_A1                BCC_A2                HCP_A3                CONB_LAMBDA

CONB_MU            CO7NB2(ST)          CO3NB(ST)           CO16NB9(ST)

 

Co-Ni

LIQUID                  FCC_A1                HCP_A3

 

Cr-Cu

LIQUID                  BCC_A2                FCC_A1

 

Cr-Fe

LIQUID                  BCC_A2(I-option)  FCC_A1                SIGMA

 

Cr-Mn

LIQUID                  BCC_A2                FCC_A1                CBCC_A12            CUB_A13

SIGMA                  HIGH_SIGMA         CR3MN5(ST)

 

Cr-Mo

LIQUID                  BCC_A2(I-option)

 

Cr-N

LIQUID                  BCC_A2                FCC_A1                HCP_A3

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Cr-Nb

LIQUID                  BCC_A2(I-option)  LAVES_C14(I-option)                         LAVES_C15(I-option)

 

Cr-Ni

LIQUID                  BCC_A2                FCC_A1

 

Cr-Si

LIQUID                  BCC_A2                CR3SI_A15            CRSI2                   Si(S)

CR5SI3(ST)           CRSI(ST)

 

Cr-Ti

LIQUID                  BCC_A2                HCP_A3                LAVES_C14(I-option)

LAVES_C15(I-option)

 

Cr-V

LIQUID                  BCC_A2

 

Cr-W

LIQUID                  BCC_A2(I-option)

 

Cr-Zn

LIQUID                  BCC_A2                HCP_ZN                CRZN13(ST)           CRZN17(ST)

 

Cu-Fe

LIQUID                  BCC_A2                FCC_A1(I-option)

 

Cu-Mn

LIQUID                  BCC_A2                FCC_A1                Mn(S)                    Mn(S2)                 

 

Cu-Ni

LIQUID                  FCC_A1(I-option)

 

Cu-Si

LIQUID                  BCC_A2                HCP_A3                FCC_A1                Si(S)                    

CU15SI4(ST)          CU19SI6(ST)          CU33SI7(ST)          CU9SI2(ST)

 

Cu-Sn

LIQUID                  FCC_A1                BCC_A2                Sn(S)                    GAMMA_D03

CU6SN5(ST)          CU12SN10(ST)       CU4SN(ST)            CU3SN(ST)            CU10SN3(ST)

 

Cu-V

LIQUID(I-option)    FCC_A1                BCC_A2

 

Cu-Zn

LIQUID                  FCC_A1                HCP_ZN                HCP_A3                BCC_A2(I-option)

B2_BCC(I-option)  CUZN_GAMMA

 

Fe-Mg

LIQUID(I-option)    BCC_A2                FCC_A1                HCP_A3

 

Fe-Mn

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1

HCP_A3*

 

Fe-Mo

LIQUID                  BCC_A2                FCC_A1                MU_PHASE           R_PHASE             SIGMA

LAVES_PHASE(I-option)

 

Fe-N

LIQUID                  BCC_A2                FCC_A1                FE4N                    HCP_A3

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Fe-Nb

LIQUID                  BCC_A2                FCC_A1                MU_PHASE           LAVES_PHASE(I-option)

 

Fe-Ni

LIQUID                  BCC_A2                FCC_A1                L12_FCC(I-option)

(For correct calculation of the Nishizawa horn use the J-option for both FCC_A1 and L12_FCC.)

 

Fe-P

LIQUID(I-option)    BCC_A2                FCC_A1                FE2P1(ST)             FE3P1(ST)            FEP(ST)

P(S)

 

Fe-Pb

LIQUID(I-option)    BCC_A2                FCC_A1

 

Fe-S

LIQUID                  BCC_A2                FCC_A1                FES(ST)                FES2(ST)

S(S)

 

FeS-MnS

LIQUID                  (FE,MN)S_PPHASE                           (MN,FE)S_QPHASE

 

Fe-Sb

LIQUID                  BCC_A2                FCC_A1                FESB_EPSILON    Sb(S)                   

FESB2(ST)

 

Fe-Si

LIQUID                  BCC_A2                FCC_A1                BCC_B2(I-option)  Si(S)                     FESI(ST)

FE2SI(ST)             FE5SI3(ST)            FESI2(ST)             FE3SI7(ST)

 

Fe-Sn

LIQUID(I-option)    BCC_A2                FCC_A1                Sn(S)                    FESN(ST)

FESN2(ST)            FE3SN2(ST)          FE5SN3(ST)

 

Fe-Ti

LIQUID                  BCC_A2                FCC_A1                HCP_A3                LAVES_PHASE(I-option)

FETI(ST)

 

Fe-V

LIQUID                  BCC_A2                FCC_A1                SIGMA

 

Fe-W

LIQUID                  BCC_A2(I-option)  FCC_A1                MU_PHASE           FE2W(ST)

 

Fe-Zn

LIQUID                  FCC_A1                BCC_A2                Zn(S)                     D82_FEZN_GAMMA

FEZN4                  FEZN_DELTA        FEZN_ZETA

 

Fe-Zr

LIQUID                  BCC_A2                FCC_A1                HCP_A3                FEZR3_ETA

FEZR2_C16           LAVES_PHASE(I-option)                   FE4ZR(ST)

 

Hf-Mo

LIQUID                  BCC_A2                HCP_A3                LAVES_C15          LAVES_C36

 

Hf-Nb

LIQUID                  BCC_A2                HCP_A3               

 

Hf-Ni

LIQUID                  BCC_A2                FCC_A1                HCP_A3                HF2NI

HFNI(ST)               HF9NI11(ST)          HF7NI10(ST)          HF3NI7(ST)            HF8NI21(ST)

HFNI3(ST)             HF2NI7(ST)            HFNI5(ST)

 

Hf-Ta

LIQUID                  BCC_A2(I-option)  HCP_A3               

 

Hf-Ti

LIQUID                  BCC_A2                HCP_A3               

 

Hf-V

LIQUID                  BCC_A2                HCP_A3                HfV2(ST) 

 

Hf-WLIQUID           BCC_A2                HCP_A3                W2Hf(ST) 

 

Hf-Zr

LIQUID                  BCC_A2                HCP_A3

 

Mg-Zn

LIQUID                  HCP_A3                HCP_ZN                LAVES_C14(I-option)

MG51ZN20(ST)      MG12ZN13(ST)      MG2ZN3(ST)          MG2ZN11(ST)

 

Mn-N

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                HCP_A3

MN4N(ST)             MN6N4(ST)            MN6N5(ST)

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Mn-Ni

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                MN3NI(ST)

MN2NI(ST)             MNNI(ST)               MNNI2(ST)             MNNI3(ST)

 

 

Mn-S

LIQUID(I-option)    BCC_A2                FCC_A1                S(S)                      MNS(ST)               MNS2(ST)

 

 

Mn-Si

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                Si(S)

MN17SI3(ST)         MN33SI/(ST)          MN3SI(ST)             MN5SI3(ST)           MNSI(ST)

MN11SI19(ST)

 

Mn-Ti

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                HCP_A3

LAVES_C14          MN9TI2(ST)            MN3TI(ST)             MN2TI2(ST)            MNTI(ST)

 

Mn-V

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                SIGMA

 

Mo-N

LIQUID                  BCC_A2                FCC_A1

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Mo-Nb

LIQUID                  BCC_A2

 

Mo-Ni

LIQUID                  BCC_A2                FCC_A1                MONI_DELTA        MONI4(ST)            MONI3(ST)

 

Mo-Si

LIQUID                  BCC_A2                Si(S)                     MO3SI(ST)             MO5SI3(ST)           MOSI2(ST)

 

Mo-Ti

LIQUID                  BCC_A2                HCP_A3

 

Mo-V

LIQUID                  BCC_A2

 

Mo-W

LIQUID                  BCC_A2

 

N-Nb

LIQUID                  FCC_A1                BCC_A2                HCP_A3                GAS

 

N-Ni

LIQUID                  FCC_A1                HCP_A3

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

N-Si

LIQUID                  SI3N4(ST)              Si(S)

 

N-Ti

LIQUID                  FCC_A1                HCP_A3                BCC_A2                NTI2(ST)                N2TI5(ST)

Ti4N3(ST)

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

N-V

LIQUID                  FCC_A1                HCP_A3                BCC_A2

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

N-W

LIQUID                  FCC_A1                BCC_A2

(At high T and high N content the gas pressure may be very large.  For stable diagram also select GAS.)

 

Nb-V

LIQUID                  BCC_A2

 

Nb-Ta

LIQUID                  BCC_A2

 

Nb-Ti

LIQUID                  BCC_A2                HCP_A3

 

Nb-V

LIQUID                  BCC_A2

 

Nb-W

LIQUID                  BCC_A2

 

Ni-Si

LIQUID                  FCC_A1                Si(S)                     L12_FCC(I-option)TETA                     NI3SI(ST)

NI5SI2(ST)             NI2SI(ST)               NI3SI2(ST)             NISI(ST)                 NISI2(ST)

 

Ni-Ti

LIQUID                  FCC_A1                BCC_A2                HCP_A3                TINI                       NI3TI(ST)

NITI2(ST)

 

Ni-V

LIQUID                  FCC_A1                BCC_A2                SIGMA                  NI3V(ST)               NI2V(ST)

NI2V7(ST)

 

Ni-W

LIQUID                  BCC_A2                FCC_A1                NI4W(ST)               NIW(ST)                NIW2(ST)

 

Pb-Zn

LIQUID(I-option)    FCC_A1                HCP_ZN

 

Sb-Zn

LIQUID                  Sb(S)                    Zn(S)                     SBZN(ST)              SB3ZN4(ST)

SB2ZN3(ST)

 

Si-Ta

LIQUID                  BCC_A2                TASI2(ST)              TA5SI3(ST)            TA2SI(ST)              TA3SI(ST)

Si(S)

 

Si-Ti

LIQUID                  BCC_A2                HCP_A3                Si(S)                     SI3TI5

SI2TI(ST)               SI4TI5(ST)              SITI(ST)                 SITI3(ST)

 

Si-V

LIQUID                  BCC_A2                Si(S)                     SIV3                      SI2V(ST)

SI5V6(ST)              SI3V5(ST)

 

Si-W

LIQUID                  BCC_A2                Si(S)                     SI2W(ST)               SI3W5(ST)

 

Si-Zn

LIQUID                  Si(S)                     HCP_ZN

 

Sn-Zn

LIQUID                  BCT_A5                 HCP_ZN

 

Ta-Ti

LIQUID                  BCC_A2                HCP_A3

 

Ta-V

LIQUID                  BCC_A2                TAV2(ST)

 

Ta-Zr

LIQUID                  BCC_A2(I-option)  HCP_A3

 

Ti-V

LIQUID                  BCC_A2                HCP_A3

 

Ti-W

LIQUID                  BCC_A2(I-option)  HCP_A3

 

Ti-Zr

LIQUID                  BCC_A2                HCP_A3

 

V-W

LIQUID                  BCC_A2               

 

V-Zr

LIQUID                  BCC_A2                HCP_A3                V2ZR(ST)

 

W-Zr

LIQUID                  BCC_A2                HCP_A3                W2ZR(ST)

 

==================================================================================

 

Table 3:  List of phases for TERNARY systems

 

Assessed ternary parameters are available only for those phases listed in blue below. Thermodynamic values for other ternary phases listed are obtained from the relevant binaries by application of the particular model used in the database. Some of the tabulated phases are present only in the constituent binary systems.

 

Beware - if some ternary phases are unknown, or have not been included in the published assessments from which the present data have been selected, incorrect phase equilibria may be calculated. 

 

Phases accompanied by ST in parenthesis indicate a stoichiometric phase. The phases must be selected from the FSstel compound base.

 

Please note that the stoichiometric metal oxide data in the FSstel Steel Database are identical to the data in the FS53BASE. They are included here for the convenience of the user.

 

It is emphasized that the FCC_A1 phase is not only the austenite solution phase of Fe, but also the Me(C,N) carbonitride phase. Both are described by the same thermodynamic parameters in the database.

 

It is emphasized that the HCP_A3 phase is not only a solution phase based on metals displaying this hexagonal structure (e.g. Ti, Zr) but also the Me2(C,N) carbonitride phase. Both are described by the same thermodynamic parameters in the database.

 

(I-option) – the phase displays a miscibility gap or is an ordered phase; selection with the I-option required.

(J-option) the phase displays 2 miscibility gaps or special ordering effects and must be selected with the J-option.

 

Al-C-Fe

LIQUID                  FCC_A1                BCC_A2                HCP                      BCC_B2               AL5FE4

AL2FE                  AL5FE2                 AL13FE4               KAPPA                 AL4C3(ST)           C(ST) 

 

Al-C-Mn

LIQUID                  FCC_A1                BCC_A2                HCP                      M23C6                  M7C3 CBCC_A12  CUB_A13                            AL6MN                  AL11MN4              AL12MN                AL4MN AL8MN5D810                         KAPPA                            AL4C3(ST)             MN5C2(ST)            AL12MN(ST)          C(ST) 

 

Al-Ca-Fe

LIQUID(I-option)    FCC_A1                BCC_A2(I-option)  AL2CA(ST)            AL4CA(ST)           

AL13FE4               AL2FE(ST)             AL5FE2(ST)           AL5FE4                 BCC_B2(I-option)

 

Al-Ca-Si

LIQUID                  AL2CASI2(ST)        FCC_A1                BCC_A2                AL2CA(ST)           

AL4CA(ST)            Si(S)                     CASI(ST)               CASI2(ST)             CA2SI(ST)            

 

Al-Cu-Fe

LIQUID                  BCC_A2(I-option)  FCC_A1(J-option) ALCU_THETA        ALCU_EPSILON                            ALCU_ETA

ALCU_ETA            BCC_B2(I-option)  GAMMA_D83        GAMMA_H            AL9CU11(ST)

AL2CU3(ST)          AL13FE4               AL2FE(ST)            AL5FE2(ST)           AL5FE4                

 

Al-Fe-O

LIQUID                  AL13FE4               AL2FE(ST)            AL5FE2(ST)           AL5FE4

BCC_B2(I-option)  FCC_A1                BCC_A2                AL2O3(ST)

 

Al-Fe-Si

LIQUID                  AL13FE4               ALFESI_ALPHA     AL2FESI(ST)          AL3FESI(ST)

AL2FE2SI(ST)        AL14FE3SI3(ST)    AL11FE3SI6(ST)    AL5FE2(ST)           AL5FE4

BCC_B2(I-option)  FCC_A1                BCC_A2(I-option)  Si(S)                     FESI(ST)               FE2SI(ST)

FE5SI3(ST)            FESI2(ST)              FE3SI7(ST)

 

B-Fe-O

LIQUID

Use for calculations in Fe-rich solutions only

 

C-Co-Cr

LIQUID                  CEMENTITE          M23C6                  M7C3                    FCC_A1(I-option)

BCC_A2                LIQUID                  HCP_A3(I-option)  C(S)                      C2CR3(ST)           

SIGMA

 

C-Co-Ni

LIQUID                  M23C6                  M7C3                    FCC_A1                BCC_A2

HCP_A3                C(S)

 

C-Co-W

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)                      WC(ST)               

C-Cr-Fe

LIQUID                  M23C6                  M7C3                    FCC_A1                BCC_A2(I-option)

KSI_CARBIDE       C(S)                      C2CR3(ST)            SIGMA

 

C-Cr-Mn

FCC_A1                BCC_A2                HCP_A3                CBCC                   CUB_A13

CEMENTITE          M23C6                  M7C3                   

 

C-Cr-Mo

LIQUID                  BCC_A2(I-option)  CEMENTITE          M23C6                  M7C3                   

KSI_CARBIDE       HCP_A3                C(S)                      C2CR3(ST)            MC_ETA               MOC(ST)

 

C-Cr-N

LIQUID                  FCC_A1                HCP_A3                LIQUID                  BCC_A2

C(S)                      C2CR3(ST)            C3CR7(ST)            C6CR23(ST)          

 

C-Cr-Ni

LIQUID                  CEMENTITE          M23C6                  M7C3                    FCC_A1

BCC_A2                C(S)                      C2CR3(ST)                                        

 

C-Cr-Si

LIQUID

 

C-Cr-Ti

LIQUID                  FCC

 

C-Cr-V

LIQUID                  CEMENTITE          M23C6                  M3C2                    M7C3

FCC_A1                HCP_A3                BCC_A2                C(S)                      C2CR3(ST)            V3C2(ST)             

C-Fe-Mn

LIQUID                  CEMENTITE          M23C6                  M7C3                    FCC_A1                BCC_A2

V3C2                    CUB_A13              HCP_A3                GRAPHITE(ST)      MN5C2(ST)            CBCC_A12

CUB_A13             

 

C-Fe-Mo

LIQUID                  CEMENTITE          M23C6                  M7C3                    M6C                      FCC_A1

BCC_A2                KSI_CARBIDE       HCP_A3                C(S)                      MC_ETA               MOC(ST)

MU_PHASE          R_PHASE             SIGMA                  LAVES_PHASE(I-option)

 

C-Fe-N

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

FE4N                   

 

C-Fe-Nb

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

MU_PHASE          LAVES_PHASE(I-option)

 

C-Fe-Ni

LIQUID                  CEMENTITE          M23C6                  M7C3                    FCC_A1

BCC_A2                HCP_A3                C(S)                      L12_FCC(I-option)

                                 

C-Fe-Si

LIQUID                  FCC_A1                BCC_A2                C(S)                      Si(S)                     CSI(ST)

FESI(ST)               FE2SI(ST)              FE5SI3(ST)            FESI2(ST)              FE3SI7(ST)

 

C-Fe-Ti

LIQUID                  FCC_A1(J-option) BCC_A2                C(S)                      HCP_A3

LAVES_PHASE     FETI(ST

 

C-Fe-V

LIQUID                  CEMENTITE          M23C6                  M7C3                    FCC_A1                BCC_A2

HCP_A3                C(S)                      V3C2(ST)              SIGMA

 

C-Fe-W

LIQUID                  FCC_A1                BCC_A2(I-option)  HCP_A3                C(S)                      WC(ST)

MU_PHASE          FE2W(ST)             FE6W6C(ST)      FEW3C(ST)       

 

C-Hf-Nb

LIQUID                  FCC_A1                BCC_A2                HCP_A3                C(S)                     

 

C-Hf-W

LIQUID                  FCC_A1                BCC_A2                HCP_A3                MC_ETA               MC_SHP

C(S)                      W2Hf(ST)

 

C-Mn-Si

LIQUID                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1                HCP_A3

C(S)                      MN7C3(ST)            MN5C2(ST)            MN3C(ST)              MN20MN3C6(ST)

Si(S)                     CSI(ST)                 MN17SI3(ST)         MN33SI7(ST)         MN3SI(ST)

MN5SI3(ST)           MNSI(ST)               MN11SI19(ST)

 

C-Mn-V

LIQUID                  M23C6                  M7C3                    M5C2                    BCC_A2                V3C2

CBCC_A12            CUB_A13              FCC_A1                HCP_A3                C(S)                      MN5C2(ST)

MN3C(ST)             V3C2(ST)              SIGMA                 

 

C-Mo-Ti

LIQUID                  FCC_A1                BCC_A2                HCP_A3               

 

C-Mo-V

LIQUID                  FCC_A1                BCC_A2                HCP_A3                M23C6                  M3C2

M7C3                    C(S)                      MC_ETA               MOC(ST)               V3C2(ST)

 

C-Mo-W

LIQUID                  BCC_A2                MC_ETA               HCP_A3                C(S)                      MOC(ST)

FCC_A1                WC(ST)

 

C-N-Nb

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)                      GAS

 

C-N-Ti

LIQUID                  FCC_A1                TI2N                      HCP_A3                C(S)

BCC_A2                NTI2(ST)                N2TI5(ST)              Ti4N3(ST)

 

C-Nb-Ta

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

 

C-Nb-Ti

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

 

C-Nb-V

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)                      V3C2

 

C-Nb-Zr

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

 

C-Ni-Si

LIQUID

 

C-Ni-Ti

LIQUID                  FCC_A1(J-option)

 

C-Ni-W

LIQUID                  FCC_A1                HCP_A3                C(S)                      BCC_A2                WC(ST)

NI4W(ST)              NIW(ST)                NIW2(ST)

 

C-Ta-W

LIQUID                  FCC_A1                HCP_A3                BCC_A2                C(S)

 

C-Ti-W

LIQUID                  FCC_A1                BCC_A2                HCP_A3                MC_ETA               MC_SHP

C(S)                     

 

C-V-W

LIQUID                  FCC_A1                BCC_A2                HCP_A3                V3C2                    MC_ETA

MC_SHP               C(S)                     

 

C-W-Zr

LIQUID                  FCC_A1                BCC_A2                HCP_A3                MC_ETA               MC_SHP

C(S)                      W2ZR                   

 

Ca-Fe-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Ca-Fe-Si

LIQUID(I-option)    BCC_A2                FCC_A1                Si(S)                     CASI(ST)               CASI2(ST)

CA2SI(ST)             FESI(ST)               FE2SI(ST)             FE5SI3(ST)            FESI2(ST)             FE3SI7(ST)

 

Ce-Fe-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Co-Cr-Fe

LIQUID                  FCC_A1                BCC_A2(I-option)  SIGMA                  FCC_A1(I-option)  HCP_A3

 

Co-Cr-Ni

LIQUID                  BCC_A2                SIGMA                  FCC_A1(I-option)  HCP_A3               

 

Co-Cr-W

LIQUID                  MU_PHASE          BCC_A2(I-option)  FCC_A1(I-option)  HCP_A3                SIGMA

 

Co-Cu-Fe

LIQUID                  FCC_A1(I-option)  BCC_A2                HCP_A3

 

Co-Fe-N

LIQUID                  FCC_A1                BCC_A2                HCP_A3                CO4N(ST)              FE4N

 

Co-Fe-Ni

LIQUID                  BCC_A2                FCC_A1                HCP_A3                L12_FCC(I-option)

 

Co-Fe-W

LIQUID                  MU_PHASE          BCC_A2(I-option)  FCC_A1                HCP_A3                FE2W(ST)

 

Co-Ni-W

LIQUID                  FCC_A1                MU_PHASE          BCC_A2                NI4W(ST)              NIW(ST)

NIW2(ST)

 

Cr-Cu-Fe

LIQUID                  BCC_A2(I-option)  FCC_A1(I-option)  FCC_A1                SIGMA                 

 

 

 

Cr-Fe-Mn

LIQUID                  FCC_A1                BCC_A2(I-option)  HCP_A3                SIGMA

HIGH_SIGMA        CBCC_A12            CUB_A13              CR3MN5(ST)         HCP_A3*

 

Cr-Fe-Mo

LIQUID                  R_PHASE             P_PHASE             LAVES_PHASE(I-option)                   CHI_A12

SIGMA                  MU_PHASE          BCC_A2(I-option)  FCC_A1                SIGMA

 

Cr-Fe-N

LIQUID                  FCC_A1                BCC_A2(I-option)  HCP_A3                SIGMA                  FE4N

 

Cr-Fe-Ni

LIQUID                  FCC_A1                BCC_A2(I-option)  SIGMA                  L12_FCC(I-option)

 

Cr-Fe-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Cr-Fe-V

LIQUID                  BCC_A2(I-option)  SIGMA                  FCC_A1               

 

Cr-Fe-W

LIQUID                  SIGMA                  BCC_A2(I-option)  FCC_A1                MU_PHASE          FE2W(ST)

 

Cr-Mn-N

LIQUID                  FCC_A1

 

Cr-Mn-Ni

FCC_A1                BCC_A2

 

Cr-Mn-Ti

BCC_A2                CBCC_A12            CUB_A13

 

Cr-Mo-N

LIQUID                  FCC_A1                HCP_A3                BCC_A2(I-option) 

 

Cr-Mo-Ni

LIQUID                  FCC_A1                R_PHASE             P_PHASE             MONI_DELTA

SIGMA                  MU_PHASE          BCC_A2(I-option)  MONI4(ST)            MONI3(ST)

 

Cr-N-Ni

LIQUID                  FCC_A1                BCC_A2                HCP_A3

 

Cr-N-Ti

LIQUID                  FCC_A1                BCC_A2                HCP_A3                LAVES_C14(I-option)

LAVES_C15(I-option)                        NTI2(ST)                N2TI5(ST)              Ti4N3(ST)

 

Cr-N-V

LIQUID                  FCC_A1                BCC_A2                HCP_A3

 

Cr-N-W

LIQUID                  FCC_A1                HCP_A3                BCC_A2(I-option)

 

Cr-Ni-W

LIQUID                  FCC_A1                BCC_A2(I-option)  MU_PHASE          NI4W(ST)              NIW(ST)

NIW2(ST)

 

Cu-Fe-Mn

LIQUID                  FCC_A1(I-option)  BCC_A2                CUB_A13(ST)        CBCC_A12(ST)      HCP_A3

 

Cu-Fe-Ni

LIQUID                  FCC_A1(I-option)  BCC_A2                L12_FCC(I-option)

 

Cu-Fe-Si

LIQUID                  FCC_A1(I-option)  BCC_A2                HCP_A3                Si(S)

CU15SI4(ST)          CU19SI6(ST)          CU33SI7(ST)          CU9SI2(ST)            FESI(ST)               FE2SI(ST)

FE5SI3(ST)            FESI2(ST)              FE3SI7(ST)

 

Cu-Fe-Sn

LIQUID(I-option)    FCC_A1(I-option)  BCC_A2                Sn(S)                    GAMMA_D03        FESN(ST)

FESN2(ST)            FE3SN2(ST)          FE5SN3(ST)          CU6SN5(ST)          CU12SN10(ST)      CU4SN(ST)

CU3SN(ST)            CU10SN3(ST)

 

Cu-Fe-V

LIQUID(I-option)    FCC_A1(I-option)  BCC_A2                SIGMA

 

Fe-Mg-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-Mn-N

LIQUID                  FCC_A1                BCC_A2                CBCC_A12            CUB_A13              HCP_A3

FE4N                    MN4N(ST)              MN6N4(ST)            MN6N5(ST)

 

Fe-Mn-Ni

FCC_A1                CBCC_A12            CUB_A13

 

Fe-Mn-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-Mn-Si

LIQUID                  FE5SI3                  FCC_A1                BCC_A2                M3SI                     FE1SI1

CBCC_A12            CUB_A13              HCP_A3                Si(S)                     FE2SI(ST)             FESI2(ST)

FE3SI7(ST)            MN17SI3(ST)         MN33SI/(ST)          MN3SI(ST)             MN5SI3(ST)           MNSI(ST)

MN11SI19(ST)

 

Fe-Mn-V

LIQUID                  SIGMA                  BCC_A2                CBCC_A12            CUB_A13              FCC_A1

HCP_A3               

 

Fe-Mo-N

LIQUID                  BCC_A2                BCC_A2                FCC_A1                MU_PHASE          R_PHASE

SIGMA                  LAVES_PHASE(I-option)                   FE4N                    HCP_A3

 

Fe-Mo-Ni

LIQUID                  FCC_A1                BCC_A2                R_PHASE             P_PHASE

MONI_DELTA        SIGMA                  MU_PHASE          FCC_A1                LAVES_PHASE(I-option)

L12_FCC(I-option) MONI_DELTA        MONI4(ST)            MONI3(ST)

 

Fe-Mo-W

LIQUID                  BCC_A2(I-option)  MU_PHASE          FCC_A1                R_PHASE             SIGMA

LAVES_PHASE     FE2W(ST)

 

Fe-N-Nb

LIQUID                  FCC_A1                HCP_A3                BCC_A2                FE4N

MU_PHASE          LAVES_PHASE(I-option)                   GAS

 

Fe-N-Ni

LIQUID                  FCC_A1                FE4N                    L12_FCC(I-option) BCC_A2

FE4N                    HCP_A3

 

Fe-N-Si

LIQUID                  BCC_A2                FCC_A1                FE4N                    HCP_A3

Si(S)                     FESI(ST)               FE2SI(ST)             FE5SI3(ST)            FESI2(ST)             FE3SI7(ST)

 

Fe-N-Ti

LIQUID                  FCC_A1                BCC_A2                FE4N                    HCP_A3

LAVES_PHASE     FETI(ST)                NTI2(ST)                N2TI5(ST)              Ti4N3(ST)

 

Fe-N-V

LIQUID                  FCC_A1                BCC_A2                FE4N                    HCP_A3                SIGMA

 

Fe-N-W

LIQUID                  FCC_A1                BCC_A2(I-option)  FE4N                    HCP_A3                FE2W(ST)

MU_PHASE         

 

Fe-Nb-O

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-Nb-Ti

LIQUID                  LAVES_PHASE(I-option)                   BCC_A2                FCC_A1

MU_PHASE          HCP_A3                FETI(ST

 

Fe-Ni-Si

LIQUID                  FCC_A1                BCC_A2

 

Fe-Ni-Ti

LIQUID                  B2_BCC

 

Fe-Ni-W

LIQUID                  FCC_A1                MU_PHASE          BCC_A2(I-option)  FCC_A1

L12_FCC(I-option) FE2W(ST)             NI4W(ST)              NIW(ST)                NIW2(ST)

 

Fe-O-Si

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-O-Ti

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-O-V

LIQUID

Use for calculations in Fe-rich solutions only

 

Fe-O-Zr

LIQUID

Use for calculations in Fe-rich solutions only

 

Mn-Ni-V

BCC                      CBCC_A12            CUB_A13             

 

Mo-N-Ni

LIQUID                  HCP_A3                BCC_A2                FCC_A1                MONI_DELTA        MONI4(ST)

MONI3(ST)

 

N-Nb-Ti

LIQUID                  FCC_A1                HCP_A3                BCC_A2                GAS                     TINI

NI3TI(ST)               NITI2(ST)

 

N-Si-Ti

FCC_A1

 

==================================================================================

 

 Table 4:  List of phases for QUATERNARY systems

 

Assessed quaternary parameters are available only for those phases listed in blue below. 

Thermodynamic values for other quaternary phases listed are obtained from the relevant binaries and ternaries by application of the particular model used in the database. Some of the tabulated phases are present only in the constituent binary and ternary systems.

 

Beware - if some ternary or quaternary phases are unknown, or have not been included in the published assessments from which the present data have been selected, incorrect phase equilibria may be calculated. 

 

Phases accompanied by ST in parenthesis indicate a stoichiometric phase. The phases must be selected from the FSstel compound base. Please note that the stoichiometric metal oxide data in the FSstel Steel Database are identical to the data in the FS53BASE database. They are included here for the convenience of the user.

 

It is emphasized that the FCC_A1 phase is not only the austenite solution phase of Fe, but also the Me(C,N) carbonitride phase. Both are described by the same thermodynamic parameters in the database.

 

It is emphasized that the HCP_A3 phase is not only a solution phase based on metals displaying the hexagonal structure (e.g. Ti, Zr) but also the Me2(C,N) carbonitride phase. Both are described by the same thermodynamic parameters in the database.

 

(I-option) – the phase displays a miscibility gap or is an ordered phase; selection with the I-option required.

(J-option) the phase displays 2 miscibility gaps or special ordering effects and must be selected with the J-option.

 

Al-C-Fe-Mn

LIQUID                  FCC_A1                BCC_A2                HCP                      BCC_B2               M23C6

M7C3                    AL5FE4                 AL2FE                  AL5FE2                 AL13FE4              CBCC_A12

CUB_A13              AL6MN                  AL11MN4              AL12MN                AL4MN AL8MN5D810

KAPPA                 AL4C3(ST)           C(ST)                      MN5C2(ST)            AL12MN(ST)           

 

Al-Ca-Fe-Si

AL6CAFE4SI8(ST)  LIQUID(I-option)    FCC_A1                BCC_A2(I-option)  AL2CA(ST)            AL4CA(ST)

AL13FE4               AL2FE(ST)             AL5FE2(ST)           AL5FE4                 BCC_B2(I-option)

AL2CASI2(ST)       Si(S)                     CASI(ST)               CASI2(ST)             CA2SI(ST)            

AL13FE4               ALFESI_ALPHA     AL2FESI(ST)         AL3FESI(ST)          AL2FE2SI(ST)

AL14FE3SI3(ST)    AL11FE3SI6(ST)    FESI(ST)               FE2SI(ST)              FE5SI3(ST)            FESI2(ST)

FE3SI7(ST)           

 

Al-Fe-Mg-Si

LIQUID(I-option)    AL8FEMG3SI6(ST)AL13FE4                ALFESI_ALPHA     AL2FESI(ST)       AL3FESI(ST)                            AL2FE2SI(ST)       AL14FE3SI3(ST)     AL11FE3SI6(ST)    AL5FE2(ST)          AL5FE4

BCC_B2(I-option)  FCC_A1                BCC_A2(I-option)  Si(S)                     FESI(ST)               FE2SI(ST)

FE5SI3(ST)            FESI2(ST)              FE3SI7(ST)

 

Al-Fe-Mn-Si

AL96FE10MN14SI18(ST)                     AL13FE4               ALMNSI_ALPHA    AL8MN5D810        LIQUID

ALFESI_ALPHA     AL2FESI(ST)          AL3FESI(ST)          AL2FE2SI(ST)        AL14FE3SI3(ST)

AL11FE3SI6(ST)    AL5FE2                 AL5FE4                 BCC_B2(I-option)  FCC_A1               

BCC_A2(I-option)  Si(S)                     FE1SI1                  FE2SI(ST)              FE5SI3                 FESI2(ST)

FE3SI7(ST)            M3SI                     CBCC_A12            CUB_A13              HCP_A3

MN17SI3(ST)         MN33SI7(ST)         MN3SI(ST)             MN5SI3                 MNSI(ST)

MN11SI19(ST)

 

C-Co-Cr-W

FCC_A1                BCC_A2(I-option)  HCP_A3(I-option)  LIQUID                  CEMENTITE          M23C6

M7C3                    FCC_A1(I-option)  C(S)                      C2CR3(ST)            SIGMA                 WC(ST)

MU_PHASE         

 

C-Co-Fe-Ni

FCC_A1                M23C6                   M7C3                    CEMENTITE           LIQUID                BCC_A2

HCP_A3                C(S)                      FCC_A1                L12_FCC(I-option)

 

C-Cr-Fe-Mn

LIQUID                  M23C6                  M7C3                    FCC_A1                BCC_A2

KSI_CARBIDE       C(S)                      C2CR3(ST)            SIGMA                  CBCC                   CUB_A13

CEMENTITE          HIGH_SIGMA        CR3MN5(ST)        

                           

C-Cr-Fe-Mo

M23C6                  M6C                      HCP_A3               CEMENTITE           KSI_CARBIDE      M7C3

LIQUID                  FCC_A1                BCC_A2(I-option)  C(S)                      C2CR3(ST)            SIGMA

MC_ETA               MOC(ST)               M6C                      MU_PHASE           R_PHASE

LAVES_PHASE(I-option)                   P_PHASE              CHI_A12               

 

C-Cr-Fe-Ni

CEMENTITE          M23C6                  M7C3                    LIQUID                  BCC_A2(I-option) FCC_A1

KSI_CARBIDE       C(S)                      C2CR3(ST)            SIGMA                  HCP_A3

L12_FCC(I-option)

 

C-Cr-Fe-V

CEMENTITE          M23C6                  M7C3                    LIQUID                  FCC_A1                HCP_A3

BCC_A2(I-option)  KSI_CARBIDE       C(S)                      SIGMA                  M3C2                  

                                                                      

C-Cr-Fe-W

FCC_A1                BCC_A2(I-option)  LIQUID                   M23C6                  M7C3                   FCC_A1

KSI_CARBIDE       C(S)                      C2CR3(ST)            SIGMA                  HCP_A3                WC(ST)

MU_PHASE          FE2W(ST)            

 

Cr-Fe-Mn-N

LIQUID                   FCC_A1                HCP_A3

 

C-Fe-Mn-V

CEMENTITE          V3C2                     M23C6                  M7C3                    LIQUID                  FCC_A1

BCC_A2                CUB_A13              HCP_A3                C(S)                      MN5C2(ST)           CBCC_A12

SIGMA                                              

 

C-Fe-Mo-W

FCC_A1                BCC_A2(I-option)  LIQUID                  CEMENTITE          M23C6                  M7C3

M6C                      KSI_CARBIDE       HCP_A3                C(S)                      MC_ETA               MOC(ST)

MU_PHASE          R_PHASE             SIGMA                  LAVES_PHASE(I-option)                   WC(ST)

FE2W(ST)

 

C-Fe-N-Nb

LIQUID                 FCC_A1                 BCC_A2                HCP_A3                C(S)                     FE4N

MU_PHASE           LAVES_PHASE(I-option)                   GAS                     

 

C-Fe-N-Ti

FCC_A1                BCC_A2                LIQUID                   HCP_A3                C(S)                     FE4N

LAVES_PHASE(I-option)                   FETI(ST)                TI2N                      NTI2(ST)                N2TI5(ST)

Ti4N3(ST)

 

C-Fe-Nb-Ti

FCC_A1                BCC_A2                LIQUID                  HCP_A3                C(S)

MU_PHASE          LAVES_PHASE(I-option)                   FETI(ST)                MU_PHASE         

 

C-N-Nb-Ti

FCC_A1                 BCC_A2               LIQUID                  HCP_A3                BCC_A2               GAS

TI2N                      NTI2(ST)                N2TI5(ST)              Ti4N3(ST)              C(S)

 

Cr-Fe-Nb-Ti

LIQUID                  PI                          LAVES_PHASE(I-option)                    BCC_A2               FCC_A1

HCP_A3                MU_PHASE           FETI(ST)               

 

Fe-N-Nb-Ti

FCC_A1                BCC_A2                LIQUID                  FE4N                    HCP_A3               GAS

LAVES_PHASE(I-option)                   FETI(ST)                NTI2(ST)                N2TI5(ST)              Ti4N3(ST)

MU_PHASE                                      

 

=================================================================================

 

Table 5:  References for the FSstel Steel Database

 

The link to the actual data is given by the CHEMICAL SYSTEM that is mentioned ahead of each reference.

 

Al-C

J Grobner, H L Lukas, F Aldinger, CALPHAD 20 (1996) 247-254.

 

Al-C-Fe

K-G.Chin, H-J.Lee, J-H.Kwak, J-Y.Kang, B-J.Lee, J. Alloys and Compounds 505 (2010) 217-223.

 

Al-C-Mn

K-G.Chin, H-J.Lee, J-H.Kwak, J-Y.Kang, B-J.Lee, J. Alloys and Compounds 505 (2010) 217-223.

 

Al-Ca

J.C.Anglezio, C.Servant, I.Ansara, CALPHAD 18 (1991) 273-286

 

Al-Ca-Fe-Si

[94Ang] J. C. Angelezio, C. Servant, I. Ansara, CALPHAD, Vol. 18, No. 3 (1994), 273-309.

 

Al-Cr

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 23-27

based on: Z Metallkde. 78 (1987) 795-801

 

Al-Cu

N. Saunders, unpublished research, COST-507 (1991).

 

Al-Cu-Fe

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Al-Fe

M. Seierstein, 1991.

Update:

L(bcc-A2, Al,Fe;1) = -2945.2

Al61Fe31 is taken from SGTE-database (Al2Fe is removed).

 

Al-Fe-Mg-Si

A. Prikhodowskij, RWTH Aachen, 2001.

 

Al-Fe-Mn-Si

E. Balitchev, RWTH Aachen, 2002.

 

Al-Mn

A Jansson, COST 507 (1998) ISBN 92-828-3902-8 p 54-58

 

Al-Mo

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 59-64

 

Al-N

H L Lukas, COST 507 (1998) ISBN 92-828-3902-8 p 65-68

 

Al-Nb

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 69-74

 

Al-Ni

I.Ansara, N Dupin, H L Lukas, B Sundman, J.Alloys and Cpds. 247(1997)20-30

 

Al-Si

J Grobner, H L Lukas, F Aldinger, CALPHAD 20 (1996) 247-254

 

Al-Sn

S.G.Fries, H.L.Lukas, COST 507 (1998) ISBN 92-828-3902-8, p.81-82

 

Al-Ti

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 89-94

 

Al-V

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 95-98

 

Al-W

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 103-108

 

Al-Zn

S an Mey, Z Metallkde 84(1993)7 p 451-455.

 

 

B-Fe

'Li-Mei Pan, unpublished research (1991),

Update by GTT: liquid, FeB(ST) and Fe2B(ST).

 

Bi-Fe

T. Jantzen, GTT optimisation, 2003.

 

Bi-Zn

C Girard, Thesis (Marseille 1985); Bi-Ga-Zn

 

C-Co

A.Fernandez Guillermet, Z Metallkde  78 (1987) 700-709

 

C-Co-Cr

A.Kussofsky and B.Jansson, CALPHAD 21 (1997) 321-333

 

C-Co-Cr-W

B.Janssen, Inst. of Metals Report, Stockholm, (1987)

 

C-Co-Fe

A.Fernandez Guillermet, Z. Metallkde. 79 (1988) 317-329

 

C-Co-Fe-Ni

A.Fernandez Guillermet, Z.Metallkde. 79 (1988) 524-536

 

C-Co-Ni

A.Fernandez Guillermet, Z.Metallkde. 79 (1988) 524-536

 

C-Co-W

A.F.Guillermet, Metall.Trans. 20A (1989) p 935-956

 

C-Cr

B.J.Lee, CALPHAD 16 (1992) 121-149

 

C-Cr-Fe

J-O.Andersson, Met.Trans A, 19A (1988) 627-636;  B.-J. Lee, Calphad 16 (1992) 121-149

 

C-Cr-Fe-Mn

B.-J. Lee, Metall.Trans.A 24A (1993) 1017-1025

 

C-Cr-Fe-Mo

Caian Qiu, ISIJ International 32 (1992) 1117-1127

 

C-Cr-Fe-Ni

Byeong-Joo Lee, unpublished revision (1993)

 

C-Cr-Fe-V

P.Gustafson, Inst.Met.Res.(Sweden) (1990) -Estimation

 

C-Cr-Fe-W

P.Gustafson, Metall.Trans. 19 (1988) 2547-2554;  Byeong-Joo Lee, unpublished revision (1991)

 

C-Cr-Mn

B.-J. Lee, Metall.Trans.A 24A (1993) 1017-1025

 

C-Cr-Mo

Caian Qiu, ISIJ International 32 (1992) 1117-1127

 

C-Cr-Mo-V

J. Bratberg, Z. Metallkd. 96 (2005) 335-344

 

C-Cr-N

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

C-Cr-Ni

NPL, unpublished work (1989)

 

C-Cr-Si

Y. Du, J.C. Schuster, L. Perring,  J. Am. Ceram. Soc. 83 (2000) 2067-73

 

C-Cr-Ti

J.C. Schuster, Y. Du,  Calphad 23 (1999) 393-408

 

C-Cr-V

P.Gustafson, Inst.Met.Res.(Sweden) (1990) -Estimation

 

C-Fe

P.Gustafson, Scan.J.Metall. 14 (1985) 259-267

 

C-Fe-Mn

W.Huang, Metall.Trans. 21A(1990) p 2115-2123;  B.-J. Lee, Metall.Trans. 24A (1993) 1017-1025

 

 

C-Fe-Mn-V

W.Huang, TRITA-MAC 441, (1990)

 

C-Fe-Mo

J.O.Andersson, Calphad 12 (1988) p 9-23

 

C-Fe-Mo-W

P.Gustafson, Z.Metallkde. 79 (1988) 421-425

 

C-Fe-N

H. Du, J. Phase Equil., 14 (1993), N. 6, pp.682-693.

 

C-Fe-N-Nb-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

C-Fe-Nb

W.Huang, Z.Metallkde. 81 (1990) 397-404

 

C-Fe-Ni

A.Gabriel, P.Gustafson, I.Ansara, CALPHAD 11 (1987) 203-218

 

C-Fe-Si

J.Lacaze, B.Sundman, Metall,Trans.22A (1991) p 2211-2223

 

C-Fe-Ti

S.Jonsson, Metall.Mater.Trans.B 29B (1998) 371-384

L.F.S.Dumitrescu, M.Hillert, ISIJ International 39 (1999) 84-90

 

C-Fe-V

W.Huang, TRITA-MAC 432, (1990)

 

C-Fe-W

P.Gustafson, Metall.Trans. 18A (1987) p 175-188;  P. Franke, private communication to SGTE, 2008

 

C-Hf

H. Bitterman, P. Rogl, J. Phase Equilibria, 18 (1997) 344-356.

 

C-Hf-Nb

P.J.Spencer, 2011, no ternary parameters required.

 

C-Hf-W

P.J.Spencer, 2011.

 

C-Mn

W Huang, Metall Trans 21A(1990)8 p 2115-2123, TRITA-MAC 411 (1989)

P. Franke, private communication to SGTE, 2008.

 

C-Mn-Si

NPL, unpublished work, (1989);  P. Franke, private communication to SGTE, 2008

 

C-Mn-V

W.Huang, TRITA-MAC 441, (1990);  W. Huang, Metall. Trans. 22A (1991) 1911-1920

 

C-Mo

J.O.Andersson, Calphad 12 (1988) p 1-8

 

C-Mo-Ti

H.-J. Chung, J.-H. Shim,   D.N. Lee, J. Alloys Comp. 282 (1999) 142-148

 

C-Mo-V

P.Gustafson, Inst.Met.Res.(Sweden) (1990, estim.);  J. Bratberg, K. Frisk,  Calphad 26 (2002) 459-476

 

C-Mo-W

P.Gustafson, Z.Metallkde. 79 (1988) 397-402

 

C-N-Nb

W.Huang, Z.Metallkde. 88 (1997) 63-68

 

C-N-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439;  S. Jonsson, Z. Metallkd. 87 (1996) 713-720

 

C-Nb

W.Huang, M.Selleby, Z.Metallkde. 88 (1997) 55-62

 

C-Nb-Ta

P.J.Spencer, 2011

 

C-Nb-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

C-Nb-V

P.J.Spencer, 2011

 

C-Nb-Zr

P.J.Spencer, 2011

 

C-Ni

A.Gabriel, C.Chatillon, I.Ansara, Calphad Vol 11 (1987) 203-218

 

C-Ni-Si

Y. Du, J.C. Schuster,  Metall. Mater. Trans. 30A (1999) 2409-2418

 

C-Ni-Ti

Y. Du, J.C. Schuster: Z Metallkd. 89 (1998) 399-410

 

C-Ni-W

P.Gustafson, A.Gabriel, I.Ansara, Z.Metallkde. 78 (1986) 151-156

 

C-Ta-W

P.J.Spencer, 2011

 

C-Ti-W

S. Jonsson, Z. Metallkde. 87 (1996) 788-795

 

C-V-W

P.J.Spencer, 2011;  J. Bratberg, Z. Metallkd. 96 (2005) 335-344

 

C-Si

J.Grobner, H L Lukas, F Aldinger, CALPHAD 20 (1996) 247-254

 

 

C-Ti

S.Jonsson, Z.Metallkde. 87 (1996) 703-712

 

C-V

W Huang, Z Metallkd 82 (1991) p 174-181

 

C-W

P.Gustafson, Mater.Sci.& Tech. 2 (1986) p 653-658

 

C-W-Zr

P.J.Spencer, 2011

 

C-Zr

A. Fernandez Guillermet; J. Alloys Compounds, 217 (1995) 69-89.

 

Ca-Fe

J. C. Angelezio, C. Servant, I. Ansara, CALPHAD, Vol. 18, No. 3 (1994), 273-309.

 

Ca-Si

J.C.Anglezio, C.Servant, I.Ansara, CALPHAD 18 (1980) 273-286

 

Ca-Zn

C.O. Brubaker, Z.-K. Liu: Calphad 25 (2002) 381-390;

 

Ce-Fe

Klaus Hack, compounds optimised by T.Jantzen, 2003.

 

Co-Cr

A.Kussofsky and B.Jansson, CALPHAD 21 (1997) 321-333

 

Co-Cr-Fe

K. Hack, GTT, 1993.

 

Co-Cr-Ni

T.Jantzen, GTT, 2003.

 

Co-Cr-W

B.Janssen, Inst. of Metals Report, Stockholm, (1987)

 

Co-Cu

T.Nishizawa, K.Ishida, Bull. Alloy Phase Diags. 5 (1984) 161-165

 

Co-Cu-Fe

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Co-Fe

A.Fernandez Guillermet, High Temp. High Press. 19 (1988) 477-499

 

Co-Fe-Ni

A.Fernandez Guillermet, CALPHAD 13 (1989) 1-22

 

Co-Fe-N

A.Fernandez Guillermet, S.Jonsson, Z.Metallkde. 83 (1993) 165-175

 

Co-Fe-W

A.Fernandez Guillermet, Z.Metallkde. 79 (1988) 633-642

 

Co-Mn

W.Huang, Calphad 13 (1989) p 231-242

 

Co-Mo

A.Davydov, U.R.Kattner, J.Phase Equilibria 20 (1999) p 5-16

 

Co-N

A.F.Guillermet, S.Jonsson, Z.Metallkde. 83(1992)1 p 21-31

 

Co-Nb

K.C.H.Kumar, I.Ansara, P.Wollants, L.Delaey, J.Alloys and Compounds 267 (1998) p 105-112

 

Co-Ni

A.Fernandez Guillermet, Z Metallkde, 78 (1987) 639-647

 

Co-Ni-W

A.Fernandez Guillermet, TRITA-MAC 373, (1988)

 

Co-Si

S.D.Choi, Calphad (1992) pp 151-159

 

Co-Ti

G.Cacciamani, R.Ferro, I.Ansara, N.Dupin, submitted to "Intermetallics" 1999

 

Co-W

A.F.Guillermet, Metall.Trans. 20A (1989) p 935-956

 

Cr-Cu

'BJL database, private comunication 1999; Cr-Cu'

 

Cr-Cu-Fe

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cr-Fe

B.J.Lee, CALPHAD 17 (1993) 251-268

 

Cr-Fe-Mn

B.J.Lee, Met.Trans. A, 24A (1993) 1919-1932; C. Qiu, Metall. Trans. 24A (1993) 2393-2409

 

Cr-Fe-Mn-N

C. Qiu, Metall. Trans. 24A (1993) 2393-2409 

 

Cr-Fe-Mo

C. Qiu, CALPHAD, 16 (1992), N. 3, pp. 281-189.

 

Cr-Fe-N

K.Frisk, Metall.Trans. 21 (1990) 2477-2488

 

Cr-Fe-N-Ni

K.Frisk, TRITA-MAC 422 (1990)

 

Cr-Fe-Ni

B.J.Lee, private communication (2000)

 

Cr-Fe-V

B.J.Lee, TRITA-MAC 474, (1991)

 

Cr-Fe-W

P.Gustafson, TRITA-MAC 342 (1987)

 

Cr-Mn

B.-J. Lee, Metall. Trans. A, Vol. 24A, 1993, 1919-1933.

 

Cr-Mn-N

K. Frisk, Calphad 17 (1993) 335-349; C. Qiu, Metall.Trans. 24A (1993) 2393-2409

 

Cr-Mn-Ni

P. Franke, private communication to SGTE, 2008

 

Cr-Mn-Ti

L.Y. Chen, C.H. Li, K. Wang, H.Q. Dong, X.G. Lu, W.Z. Ding, Calphad 2009

 

Cr-Mo

K.Frisk, P.Gustafson, Calphad 12 (1988) p 247-254

 

Cr-Mo-N

K.Frisk, TRITA-MAC 393 (1989);  P. Franke, private communication to SGTE, 2013

 

Cr-Mo-Ni

K.Frisk, TRITA-MAC 492 (1990)

 

Cr-N

K.Frisk, TRITA-MAC 393 (1989)

 

Cr-N-Ni

K.Frisk, TRITA-MAC 422 (1990)

 

Cr-N-Ti

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

Cr-N-V

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

Cr-N-W

P.Gustafson, Inst.Met.Res.(Sweden) (1990) – Estimation

 

Cr-Nb

J.G.Costa Neto, S.G.Fries, H.L.Lukas, Calphad 17 (1993) p 219-228

 

Cr-Ni

A.Dinsdale, T.G.Chart, MTDS NPL, Unpublished work (1986)

 

Cr-Ni-W

P.Gustafson, CALPHAD 11 (1987) 277-292

 

Cr-Si

C.A.Coughanowr, I.Ansara, H.L.Lukas, Calphad 18 (1994) p 125-140.

 

Cr-Ti

N Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 153-155.

 

Cr-V

B.-J. Lee, Z Metallkde 83(1992)5 p 292-299, TRITA-MAC 474 (1991).

 

Cr-W

P.Gustafson, CALPHAD 11 (1987) 277-292

 

Cr-Zn

I Ansara, COST 507 (1998) ISBN 92-828-3902-8 p 158-160.

 

Cu-Fe

I. Ansara and Å. Jansson

Trita-Mac-0533, Dec. 1993, Materials Research Center, The Royal Institute of Technology,

Stockholm, Sweden.

 

Cu-Fe-Mn

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Fe-Ni

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Fe-Si

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Fe-Sn

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Fe-V

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Mn

H.Ohtani, H.Suda, K.Ishida, ISIJ International 37 (1997) 207-216.

 

Cu-Ni

A Jansson, TRITA-MAC 340 (1987); Cu-Fe-Ni'

 

Cu-Si

T.Jantzen, H.L.Lukas, unpublished work, 2000

 

Cu-Sn

J.H.Shim, C.S.Oh, B.J.Lee, D.N.Lee, Z.Metallkde 87 (1996) 205-212.

 

Cu-V

BJL database, private comunication 1999; Cu-V.

 

 

Cu-Zn

M Kowalski, P J Spencer , J Phase Equil 14(1993)4 p 432-438.

 

Fe-Al-O

FACT database

 

Fe-Al-S

In-Ho Jung, private communication, 2004

 

Fe-B-O

FACT database

Update was done by T. Jantzen, GTT, 2003.

 

Fe-B-S

In-Ho Jung, private communication, 2004

 

Fe-C-S

In-Ho Jung, private communication, 2004

 

Fe-Ca-O

FACT database

 

Fe-Ca-S

In-Ho Jung, private communication, 2004

 

Fe-Ce-O

FACT database

 

Fe-Co-S

In-Ho Jung, private communication, 2004

 

Fe-Cr-O

FACT database

 

Fe-Cr-S

In-Ho Jung, private communication, 2004

 

Fe-Cu-S

In-Ho Jung, private communication, 2004

 

Fe-Mg

J. Tibballs, 1991.

 

Fe-Mg-O

FACT database

 

Fe-Mg-S

In-Ho Jung, private communication, 2004

 

Fe-Mn

'W. Huang, CALPHAD Vol 13 (1989) pp 243-252, TRITA-MAC 388 (rev 1989); '

 

Fe-Mn-N

C. Qiu, Metall. Trans. A 24A (1993) 629-645

 

Fe-Mn-Ni

P. Franke, private communication to SGTE, 2008

 

Fe-Mn-O

FACT database

 

Fe-Mn-S

J. Miettinen and B. Hallstedt, CALPHAD, Vol. 22, No.2 (1998), 257-273.

 

Fe-Mn-Si

A.Forsberg, J.Agren, TRITA-MAC 483 (1992)

 

Fe-Mn-V

W.Huang, TRITA-MAC 441, (1990)

 

Fe-Mo

J O Andersson, Calphad 12 (1988) p 9-23

 

Fe-Mo-N

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

 

Fe-Mo-S

In-Ho Jung, private communication, 2004

 

Fe-Mo-Ni

K.Frisk, TRITA-MAC 428 (1990)

 

Fe-Mo-W

P.Gustafson, Z.Metallkde. 79 (1988) p 388-396

 

Fe-N

K.Frisk, TRITA-MAC 393 (1989)

 

Fe-N-Nb

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

Fe-N-Ni

K.Frisk, TRITA-MAC 422 (1990)

 

Fe-N-Si

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

Fe-N-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

Fe-N-V

H.Ohtani, KTH Report, (1990)

 

Fe-N-W

P.Gustafson, Inst.Met.Res.(Sweden) (1990) - Estimation

 

Fe-Nb

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

Fe-Nb-O

FACT database

Update was done by T. Jantzen, GTT, 2003.

 

Fe-Nb-S

In-Ho Jung, private communication, 2004

 

Fe-Nb-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

Fe-Ni

A.Dinsdale, T.G.Chart, MTDS NPL, unpublished work (1986)

 

Fe-Ni-S

In-Ho Jung, private communication, 2004

 

Fe-Ni-Si

J. Miettinen, Calphad 23 (1999) 249-262

 

 

Fe-Ni-Ti

P. Franke, private communication to SGTE, 2013

 

Fe-Ni-W

A.Fernandez Guillermet,L.Ostlund, Met.Trans.17A (1986) 1809-1823

 

Fe-P

B.J.Lee, private comunication to SGTE, 1999.

 

Fe-P-S

In-Ho Jung, private communication, 2004

 

Fe-Pb

A T Dinsdale and D D Gohil, NPL, unpublished work (1987).

Update: SGTE Update database.'

 

Fe-S

J. Miettinen and B. Hallstedt, CALPHAD, Vol. 22, No.2 (1998), 257-273.

 

Fe-Sb

Klaus Hack, GTT, 2003.

 

Fe-Si

J.Lacaze, B.Sundman,  COST 507 (1998) ISBN 92-828-3902-8, p.200-204.

P. Franke, private communication to SGTE, 2008.

 

Fe-Si-O

FACT database

Update was done by T. Jantzen, GTT, 2003.

 

Fe-Si-S

In-Ho Jung, private communication, 2004

 

Fe-Sn

K C H Kumar, P Wollants, L Delaey, CALPHAD 20(1996)2 p 139-149.

 

Fe-Sn-S

In-Ho Jung, private communication, 2004

 

Fe-Ti

L.F.S.Dumitrescu, M.Hillert, N.Saunders, J.Phase Equilibria 19(1998) 441-448

 

Fe-Ti-O

FACT database

 

Fe-Ti-S

In-Ho Jung, private communication, 2004

 

Fe-V

W.Huang, Z.Metallkde. 82 (1991) p 391-401

 

 

Fe-V-O

FACT database

Update was done by T. Jantzen, GTT, 2003.

 

Fe-V-S

In-Ho Jung, private communication, 2004

 

Fe-W

P.Gustafson, Metall.Trans. 18A (1987) p 175-188

 

Fe-W-S

In-Ho Jung, private communication, 2004

 

Fe-Zn

G. Reumont, P. Perrot, J.M. Fiorani, J. Hertz, J. Phase Equilibria 21 (2000) 371-378.

 

Fe-Zr

C.Servant, C.Gueneau, I.Ansara, J.Alloys and Compounds 247 (1995) 19-26

 

Fe-Zr-O

FACT database

Update was done by T. Jantzen, GTT, 2003.

 

Fe-Zr-S

In-Ho Jung, private communication, 2004

 

Hf-Mo

G. Shao, Intermetallics, 10, 2002, 429-434.

 

 

Hf-Nb

G. Ghosh, A. van de Walle, M. Asta, G.B. Olson, Calphad, 26 (2002) 491-511.

 

Hf-Ni

T. Wang, Z.Jin, Ji-C. Zhao, Z. Metallkunde 92 (2001) 441-446.

 

Hf-Ta

A. Fernandez Guillermet, Z. Metallkunde 86 (1996) 382-387.

 

Hf-Ti

H. Bitterman, P.Rogl, J. Phase Equilibria 18 (1997) 24-47.

 

Hf-V

P.J.Spencer, June 2011, based on parameters for the Zr-V system.

 

Hf-W

G Shao, Intermetallics, 10 (2002) 429-434.

 

Hf-Zr

L.Lin, L.Delaey, O.van der Biest, P.Wollants,  Scripta Mat. 34 (1996) 1411-1416.

 

Mg-Zn

R Agarwal, S G Fries, H L Lukas, at al, Z Metallkde 83(1992)4 p 216-223.

 

Mn-Mo

B.J.Lee, KRISS, unpublished work, 1993-1995

 

Mn-N

C.Qiu, A.F.Guillermet, Z.Metallkde. 84 (1993) p 11-22

 

Mn-Ni

NPL, unpublished work (1989)

Mn-Ni-V

P. Franke, private communication to SGTE, 2008

 

Mn-S

J.Miettinen, B.Hallstedt, CALPHAD 22 (1998) 257-273

 

Mn-Si

J.E.Tibballs, COST 507 (1998) ISBN 92-828-3902-8 p 236-240

 

Mn-Ti

N.Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 241-244

 

Mn-V

W.Huang, Metall.Trans. 22A (1991) p 1911-1920

 

Mo-N

K.Frisk, TRITA-MAC 393 (1989)

 

Mo-N-Ni

K.Frisk, TRITA-MAC 433 (1990)

 

Mo-Nb

P.Y.Chevalier, Thermodata SGTE report

 

Mo-Ni

K.Frisk, Calphad 14 (1990) p 311-320

 

Mo-Si

C.Vahlas, P.Y.Chevalier, E.Blanquet, Calphad 13 (1989) p 273-292

 

Mo-Ti

H.-J. Chung, J.-H. Shim, D.N. Lee, J. Alloys Comp. 282 (1999) 142-148

 

Mo-V

T.Jantzen, GTT, 2003

 

Mo-W

P.Gustafson, Z.Metallkde. 79 (1988) p 388-396

 

N-Nb

W.Huang, Metall.Mater.Trans.A, 27A (1996) 3591-3600

 

N-Nb-Ti

B.J.Lee, Met.Mater.Trans.A 32A (2001) 2423-2439

 

N-Ni

K.Frisk, Z.Metallkde. 82 (1991) p 59-66; 

 

N-Si

X. Ma, C. Li, F. Wang, W. Zhang,  Calphad 27 (2003) 383-388.

 

N-Si-Ti

X. Ma, C. Li, W. Zhang, J.Alloys.Comp. 394 (2005) 138-147

 

N-Ti

K Zeng, COST 507 (1998) ISBN 92-828-3902-8 p 253-255; N-Ti'

 

N-V

H.Ohtani, M.Hillert, Calphad 15 (1991) p 11-24

 

N-W

A.F.Guillermet, S.Jonsson, Z.Metallkde. 84 (1993) p 106-117

 

Nb-Ta

W Xiong, Y Du, Y Li, B Y Huang, H H Xu, H L Chen, Z Pan, Calphad,  28 (2004) 133-140.

 

Nb-Ti

N.Saunders, COST 507, Final Report, Volume 2 (1998) 256-260

 

Nb-V

[94Kum] K C H Kumar, P Wollants, L Delaey, CALPHAD 18(1994)1 p 71-79.

 

Nb-W

W Huang, Private Communication (1995)

 

Ni-Si

Y. Du, J.C. Schuster, Met. Mater. Trans.  30A (1999) 2409-2418

 

Ni-Ti

C.S.Oh, J.Korean Inst.Met.Mater. 33 (1995) p 129-136

 

Ni-V

J.Korb, K.Hack, COST 507 (1998) ISBN 92-828-3902-8 p 261-263

 

Ni-W

P.Gustafson, A.Gabriel,I.Ansara, Z.Metallkde. 78 (1987) p 151-156

 

Pb-Zn

T Jantzen, P J Spencer, Calphad 22(1998)3 p 417-434.

 

Sb-Zn

L A Zabdyr, Calphad 21(1997)3 p 349-358.

 

Si-Ta

C. Vahlas, P-Y. Chevalier, E. Blanquet, CALPHAD 13 (1989) 273-292.

 

Si-Ti

H Seifert, COST 507 (1998) ISBN 92-828-3902-8 p 266-269

 

Si-V

M.H.Rand, COST 507 (1998) ISBN 2-87263-156-9, p 182

 

Si-W

C.Vahlas, P.Y.Chevalier, E.Blanquet, Calphad 13 (1989) p 273-292

 

Si-Zn

M H G Jacobs, P J Spencer, Calphad  20(1996)3 p 307-320

 

Sn-Zn

S Fries, H L Lukas, COST 507 (1998) ISBN 92-828-3902-8 p 288-289.

 

Ta-Ti

N. Saunders in COST 507 (1998) ISBN 92-828-3902-8 p 203-296.

 

Ta-V

C.A. Danon, C. Servant. Journal of Alloys and Compounds, 366 (2004) 191-200;

BCC and V2Ta phases modified by P.J. Spencer, June 2011.

 

Ta-Zr

A. Fernandez Guillermet, J. Alloys Compounds,  226 (1995) 174-184.

LIQUID and BCC phases modified by P.J. Spencer, June 2011.

 

Ti-V

N.Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 297-298

 

Ti-W

N.Saunders, COST 507 (1998) ISBN 92-828-3902-8 p 299-302

 

Ti-Zr

K.C.Hari Kumar, P.Wollants, L.Delaey, J. Alloys Compounds, 206 (1994) 121-7.

 

V-W

J. Bratberg, Z. Metallkde. 96 (2005) 335-344.

 

V-Zr

J.Korb, K.Hack, in COST507, Thermochemical Database for Light Metal Alloys,   

Volume 2, eds. I.Ansara, A.T. Dinsdale, M.H.Rand, July 1998, EUR 18499.

 

W-Zr

Thermodata, private communication to SGTE, July 2005.